g31m hw-sch am11

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1 Foxconn Precision o. Inc. M chematic Page Index. Index Page. Topology. Rest Map. lock istribution. Power elivery Map. Power equence. LNK. K locken. Power / MI onnectors. Voltage Regulator own. OUTPUT P. V V F. TRV _UL. L -. L -. roadwater -MH -. roadwater -MH -. roadwater -MH -. R hannel Termination. R hannel IMM,. R hannel Termination. R hannel IMM,. PI Express x fx lot. V onnector Fab. ata: //. IH -. IH -. IH -. RER U. TPM. PIEX. PI lot. LN-RTLE/RTL. UIO. UIO PORT. uper I/O ITEF/X. Keyboard / Mouse / Fan. erial / Parallel. FRONT U. changlist FOXONN PE Index Page M ize ocument Number Rev Tuesday, November, ate: heet of

2 VR Phase PWM edar Mill, Presler, onroe & llendale L Processor ocket T // F K- lock ack Panel U. Port U. Port PI Express x External raphics ard U. Port Header U. Port V onnector U. Port U. Port U. Port U. Port uper I/O IT/X PI Express x Port Lanes MH roadwater irect Media Interface (MI) ontroller Link IH LP I/F R / R / PIe port TPM TPM(Optional) LP I/F PI Flash PI Flash (IO) hannel R IMM hannel R IMM LN Reltek PI lot X erial T ⒑ T onnector HI, RI,,, T onnector T onnector T onnector H odec Realtek L erial & Parallel Floppy rive onnector FOXONN PE TOPOLOY M ize ocument Number Rev Tuesday, November, ate: heet of

3 PU (edar Mill/Presler/onroe/llendale) L processor PU_PWR PURT# TX Power PWR_P P_ON# Translation ircuitry Front Panel FR_RT W_ON Power on/off circuit PWR_V PWROK LP_M# PWROK Y_REET# PWRTN# LP_# MH roadwater IH RMRT# PURT# RTIN# IH_PWR K_PWR PIRT# PLTRT# Z_RT# LN_RTYN RIN# RT# TPM RT# KRT RMRT# uper IO LP_# POUT Vtt_Pwrd PI Express x RT# udio K RT# PI lot RT# PIe lot PIe LN PIN POUT# RT# IE ontroller RMRT circuit FOXONN PE Reset Map M ize ocument Number Rev Tuesday, November, ate: heet of

4 .MHz PU PU // MHz iff Pair MH // MHz iff Pair K- PI Express MHz iff Pair PI Express x fx OT MHz iff Pair PI Express/MI MHz iff Pair PI Express/MI MHz iff Pair U/IO MHz IH MHz REF MHz PI MHz TPM MHz TPM IO MHz PI lot MH roadwater IH PI lock hannel R IMM hannel R IMM PI zalia it lock.khz H udio uper I/O T MHz iff Pair PI Express Mhz iff Pair FOXONN PE lock istribution M ize ocument Number Rev Tuesday, November, ate: heet of

5 .V uper I/O R hannel Vdd (ore)=.v Ivdd(Max)=T(per channel) Vtt (ore).v Ivterm(Max)=m (per channel) R hannel Vdd (ore)=.v Ivdd(Max)=T(per channel) Vtt (ore).v Ivterm(Max)=m (per channel) H odec Vcc V Icc(Max)=m Vcc.V Icc(Max)=m LO V to V V VUL Icc(Max)= V ingle Phase witch V to.v Ivdd(Max)=T LO.V to.v Ivterm(Max)=. TX P/ V.V V.V VR witching Three Phase Linear.V to.v MH. V. witching Linear.V to.v V_PV_IH Linear.V to.v V_PV_IH. RT attery V_TY to.. Proceessor Vccp (PU Vcore) Voltage=.~.V Icc(Max)= -Phases withing.v F Vtt=. roadwater MH F_Vtt.V F Vtt Icc(Max)=..V VM.V V_MLK Vcore (ore Logic).V Icc(Max)=.(Integrated).V (MI&PIe) V_EXP..V V_L..V V_ m.v V_.m IH.V VMI m.v V_PU_IO m.v (ore) V_..V (U &T) V_..V (PIe)V_..V VLN_ m RT=u.V VccL_ m.v VccU_ m.v VccLN (/) m.v VccUH m.v V_ m.v VccLN_ m.v VccH m V.V Icc(Max)=m.V Icc(Max)=m().V Icc(Max)=m() U. Ports +V UL=(, ) +V UL=m() P +V UL=m(, ) +V UL=m() FWH.V=m(, ) PI Express X slot () +V=..V Icc(Max)=.(wake) Icc(Max)=.(no wake) +.V= PI Express X Per slot () +V=..V Icc(Max)=.(wake) Icc(Max)=.(no wake) +.V= PI Per lot (X) -V Icc(Max)=. V Icc(Max)=.V Icc(Max)=. V Icc(Max)=..V Icc(Max)=.(wake) Icc(Max)=.(no wake) -V V V VUL Icc(Max)=.(,) m() V Nineveh be Lan.V TY IO LE.n.V NLO.m.V Internal. to. VR core.m JT K Vdd (ore).v Ivdd(Max)=m Power elivery Map FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

6 -> +V_Y -> +V_Y +V_UL +V_Y +V_Y +V_UL +V_UL +V_Y +V_Y +V_UL +V_TR +V_TR P_ONJ -> +V_Y +V_Y +V_Y +V_TR VTT_R VTT_VR Vcc Vcc_PWR VRM_OUTEN ms to ms VTT_R VTT_VR Vcc Vcc_PWR VRM_OUTEN VIPWR +V_UL +V_UL +V_TR VTT_R VTT_VR Vcc Vcc_PWR VRM_OUTEN VIPWR -> +V_UL +V_UL +V_TR ms to ms P_ONJ +V_Y +V_Y +V_Y +V_TR VTT_R VTT_VR Vcc Vcc_PWR VRM_OUTEN VIPWR P_ONJ P_ONJ VIPWR FOXONN PE Power equence M ize ocument Number Rev Tuesday, November, ate: heet of

7 EM motify list. 每個 U header 処加 個 V_sys 到 gnd 電容給 U 信號綫跳層用 V_MH V_Y V_Y V_Y V_Y. 和 R 互換位置 ;net "N" 上預留 bypass 電容 ;Net "N" 上預留 bypass 電容 V_.uF. Net "v_sb" 上預留一個電容, 放在 Q 的下方. R 的左側加一個 v_mch 到地的電容. 在,, 附近分別預留一個.uF 的電容 VIN VIN VIN. Rn 上方加一個 V_sys 到 gnd 電容給 net "ck_m_tpm" 跳層用 V_Y.uF V, YV, +%/-%.uf V, YV, +%/-%.uf LNK FOXONN PE M ize ocument Number Rev ate: Tuesday, November, heet of.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf.uf V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%

8 V_Y R #REFE X_OPPER hange to Ohm RE or not uf +/-% V, XR, +/-%.uf V_LK V_LK.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% V, XR, +/-%.uf V_Y R #REFE X_OPPER V_Y V_LK_T_M.uF V, XR, +/-% uf +/-% nf V, YV, +%/-% K_M_PI K_M_IO K_M_TPM K_M_IH K_M_PI K_M_IH K_M_IO K_M_PI K_M_IO K_M_TPM K_M_IH K_M_PI K_M_IH K_M_IO R R.K U.K dummy RLTH Mhz_F_x V_LK N N V_LK_T_M M_ V VMhz_T V_LK_T_M R Ohm +/-% V_LK EL/.Mhz VT_T T_M_P_IH K_T_M_P_IH R Ohm +/-% VPI TLKT_LR T_M_N_IH K_T_M_N_IH R R.K N TLK_LR R O N R PILK REF_x/FL K_M_IH I_FEL? I_FEL Freerun/PILK_x N FL/PILK_x X,, IH_Y_RTJ R ELRET/REET#/PILK X V_LK_REF_ R.K PILK VREF_T #REFE M_T_MIN,,, R V_LK_M O T #REFE I_FEL M_LK_MIN,,, V LK X_OPPER R FL/U_MHz N M_P_PU X_OPPER =MHz K_M_P_PU R.K EL_#/_Mhz PUT_LR M_N_PU =MHz K_M_N_PU VRMPWR N PU_LR V_LK M_P_MH Vtt_Pwrd/WOL_TOP# VPU M_P_MH K_M_P_MH M_N_MH OTT_LR/PIeT_LR PUT_LR M_N_MH K_M_P_MH K_M_N_MH OT_LR/PIe_LR PU_LR K_M_N_MH V_LK N VI/O K_PE_M_P_LN PIeT_LR N V_LK_REF_ K_PE_M_N_LN PIe_LR V_T K_PE_M_P_PORT_ PIeT_LR PIeT_LR K_PE_M_N_PORT_ PIe_LR PIe_LR PE_M_P_MH K_PE_M_P_MH PE_M_P_PORT N PIeT_LR PE_M_N_MH K_PE_M_P_PORT K_PE_M_N_MH PE_M_N_PORT PIeT_LR PIe_LR K_PE_M_N_PORT PIe_LR N PIeT_LR PIeT_LR PIe_LR PIe_LR PE_M_P_IH K_PE_M_P_IH V_LK N PIeT_LR PE_M_N_IH VPIEX PIe_LR K_PE_M_N_IH K_M_PI K_M_PI V_LK V_LK T V_LK R.K K_M_IO K_M_IH K_M_IO V_LK R.K RTMT- R V_LK_M #REFE V_LK_REF_.uF V, XR, +/-% FEL R K K_M_IH mos update FEL E X_OPPER uf +/-% RTMT--V-RT I_FEL R.K I_FEL R.K I_FEL R.K F_VTT VRMPWR VRMPWR,, RN FEL FEL FEL nf V, YV, +%/-% R FEL_ Q MMT--F V, XR, +/-%.uf X XTL-.MHz pf pf FEL FEL_ FEL FEL, FEL, FEL K_M_IH K_M_TPM EL TLE pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, F_ F_ F_ F Frequency MHz() MHz() MHz() MHz() MHz() FOXONN PE K lock en M ize ocument Number Rev Tuesday, November, ate: heet of

9 V_Y V_Y V_Y V_ P_ONJ H_LEJ,, IH_Y_RTJ el R, R, Q H_LEJ V_ R.K.uF V, YV, +%/-% V_Y R +-% V_ V_Y -V_Y V_Y V_Y pf pf V, NPO, V, NPO, Front Panel witch/le H_LE+ Power H_LE- Power LE(reen) N Power button Reset button Power N Key onfirm must use or not R.K R.K FP X Header_X_K V_Y PWR +.V +.V -V +.V N N PON +V N N N +V N N RV PWRK +V +V_UX +V +V_ +V +V_ N +.V RN Ohm Header_x V_Y V_Y V_Y R +-% pf V_Y V_ PEKER HEER V_ R.K pf E UZZER T PWR_TX.uF V, YV, +%/-% R nf Header_X_K UZ + - PEKER V, XR, +/-% V_ R K R K +/-% MMT--F hange to % or not Q PWR_TX,, V_Y PTNJ_IO PWR_LE.uF V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-% nf V, XR, +/-% V_Y V_Y -V_Y.uF V, XR, +/-% V_MH V_Y V_Y.uF V_Y V, XR, +/-%.uf V, YV, +%/-%.uf.uf V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-% V_Y.uF V, XR, +/-% PKR IO_EEP Q R.K E Q MMT--F uzzer.uf V, YV, +%/-% T EEP_P FOXONN PE Power/MI onnectors M ize ocument Number Rev ustom ate: Tuesday, November, heet of

10 ,,, VI_ELET VRM_EN VI VI VI VI VI VI VI VI VRMPWR V, NPO, nf VRM_EN FRTN VI_ELET:VR. connect N; VR connect VTT hangelist------/ by power change R.Kohm to.kohm chagne R Kohm to Kohm change R Kohm to Kohm change R.Kohm to.kohm V, NPO, nf V, NPO, R T K nf +/-% R K +/-% nf R Ohm +/-% nf V, XR, +/-% uf +/-% V.K N VI VI VI VI VI VI VI VI VIEL EN/VTT /EN PWR V J R +/-% OMP OF R K +/-% F FRTN FRTN V oot V, XR, +/-% nf V, XR, +/-% V, NPO, R U Phase L V R K +/-% V L-F L-F.uF V, XR, +/-%.nf OOT N LTE RT V, NPO, IMX nf UTE RT K +/-% R PHE R +/-%.nf IN Ohm V, NPO, IP R.nF V, XR, +/-% R K R.K +/-% R K +/-% oot _ENE OOT IN IP U UTE PHE LTE PWM PWM N IP IN IP IN RTPQW R.nF uf +/-% IP.uF V, XR, +/-% R.K +/-% pf V, NPO, V, XR, +/-% U Phase L R IP R IP VP V_VRM R R. R. R nf V, XR, +/-% R R FRTN V_VRM PWM.nF.uF R VP VP V, XR, +/-%.uf V, XR, +/-% V, XR, +/-% L-F oot U Phase L oot U Phase L uf V, YV, +/-% PWM oot R. VP V_ENE R..uF V, XR, +/-% R U RTP OOT V PWM N R V, XR, +/-%.uf UTE PHE LTE Ohm +/-% R..uF V, XR, +/-% R PN.uF V, XR, +/-% U Phase L R R K R K VIN Q VIN Q H R K Q O O Q O O VIN.uF V, YV, +%/-% Q O Q Q O.uF V, YV, +%/-% Q O O.uF V, YV, +%/-% Q V, NPO, O R. R nf V, XR, +/-% R.k Ohm +/-% L hoke nh nf V, XR, +/-% R. nf L hoke nh R. R.k Ohm +/-%.k Ohm +/-% L hoke nh IP.uF V, XR, +/-% VP IP.uF V, XR, +/-% IP.uF V, XR, +/-% hangelist------/by power change R K to K chagne R.K to.k FOXONN PE Voltage Regulator own M ize ocument Number Rev Thursday, November, ate: heet of

11 VP PWR V_VRM Input L circuit uf +/-% uf +/-% uf +/-% uf +/-% uf +/-% uf +/-% E uf +/-% uf +/-% uf +/-% uf +/-% E E uf E uf uf +/-% +/-% +/-% E E uf uf E uf +/-% +/-% +/-% uf uf +/-% +/-% uf +/-% uf +/-% uf +/-% uf +/-% uf +/-% uf +/-% uf +/-% update R +/-% KOhm.uF.V, YV, +%/-% VTT_OUT_RIHT R.K +/-% Header_X R K +/-% L.uH@KHz.uF V, YV, +%/-% L.uH@KHz VIN areen // E uf E uf +/-% +/-% VTT_OUT_RIHT R K V_UL Q MMT--F Q N E R E uf +/-% VTT_PWR.uF.V, YV, +%/-% #REFE X_OPPER VRM_EN FOXONN PE OUTPUT P M ize ocument Number Rev ustom ate: Thursday, November, heet of

12 V_ V_ V_ V_ V FOR HIP R.K R.K Ohm +/-% V_REF R.K Ohm +/-% V_REF R.K +/-% V_REF V_Y V_OP V_F V_REF U OUT IN- IN+ OUT IN- IN+ V_OP V_MH V_REF V N,, PWR_TX #REFE X_OPPER Q N Q N R.K +/-%.uf V, XR, +/-% R R.K +/-%.uf V, YV, +%/-%.KOhm.uF V, YV, +%/-% +/-%.uf V_REF V_F V_OP V, XR, +/-% IN+ IN+ IN- IN- OUT OUT LMR V_REF V_ORE V_OP V_MH,, V_Y PWR_TX uf V, YV, +%/-% V_ V_ R.KOhm V_REF R K +/-% F_VTT #REFE X_OPPER V_.uF V, YV, +%/-% R.K Q N Level: change to V_ V_TR V_OP V_OP V_TR mils R K Q O V_F Q PL Level: change to E uf +/-% V_ORE V_TR mils R K.uF Q O V_OP V_ORE V_F R K.uF mils F_VTT V_OP V_ORE R Q.KOhm +/-% F_VTT_OP R PL L-F F_VTT_REF K F_VTT. mils Q N R.uF E V, XR, +/-% uf uf +/-%.V, YV,.K.uF +/-% +%/-% V, YV, +%/-%.uf V, YV, +%/-% Q O R K V_MH V_MH.uF E uf E uf +/-% +/-% V, YV, +%/-% V_ R.KOhm V_OP V_REF V_Y V_REF R.KOhm +/-%.uf V, YV, +%/-% V_Y.uF U V+ OUT IN- IN+ OUT IN+ IN- LM V_Y V_OP V- V, XR, +/-%.uf.v, YV, +%/-% mils R K an change to or not.uf.v, YV, +%/-% V_ORE.uF.V, YV, +%/-% F_VTT_OP F_VTT F_VTT_REF Q PMN E uf +/-% uf V, YV, +%/-% uf V, YV, +%/-% uf V, YV, +%/-% V_Y mils uf.uf uf V, YV, +%/-%.V, YV, +%/-% Need to heck hange to V, YV, +%/-% F_VTT F_VTT.uF V, YV, +%/-%.uf V, YV, +%/-% V V F FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

13 .V Voltage R_VTT V_ First LP_J H R L IO_P_R_VOL_ IO_P_R_VOL_ E uf +/-% H H LEVEL: change to V_ K V_Y V_ V_ L H L L E Q uf V, YV, +%/-% R.K Open L R Ohm +/-% Vin Vout J E Q T Open Q MMT--F Z-JTRE Open Q MMT--F R.KOhm +/-% Rocset VJ on't in I PWKE-TRL Need to pply VOUT=.V(+R / R) R,R must less than k R +/-% R uf R V, XR, +/-%.K +/-% U R Ohm +/-% R +/-% R +/-% R +/-% V OMP/OET F N Q V_ T OOT UTE PHE LTE E uf +/-% nf V, XR, +/-% Near MOFET V_TR Max. output current = V_PHE uf V, XR, +/-% R R R series failure issue K V_UL V_PHE Q L uh@khz Q O O close to Q rain.uf V, XR, +/-% L R.uH@KHz. Q.uF E uf V, YV, +%/-% O +/-%.nf V, XR, +/-% Pull F trace out after out PWOK+ E uf +/-%.V Power requires maximum current E uf +/-% V_TR V_Y E uf +/-% PWOK+ Q Q O el stone shi L H uf V_ FNP V, YV, +%/-% --F uf V_UL V, YV, +%/-% V_ PWOK+ Q N R K PWOK+ E uf +/-% V_Y V_TR R K Q R KOhm +/-% RT R KOhm +/-%.uf V, YV, +%/-% N PWOKJ V_ U VIN REFEN R K N Q VNTL VNTL VNTL VNTL VOUT N PWR_TX V_Y VTT_R V, YV, +%/-%.uf E uf +/-%.uf Need to heck hange to PWR_TX,, V_UL Vout=Vref(+R/R)+IadjR R is Up Resistor. Iadj=u Vref=.V V_UL FOXONN PE TR V V_UL V_UL M ize ocument Number Rev Tuesday, November, ate: heet of

14 HJ[..] HJ[..] VTT_OUT_LEFT HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HTNJ HTPJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HTNJ HTPJ VTT_OUT_LEFT HIJ HIJ Place at PU end of route R HRJ RN Place at PU end of route TETHI_ TETHI_ TETHI_ H_TET HOMP HOMP TETHI_ TETHI_ TETHI_ TETHI_ R. +/-% HOMP mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R. +/-% F F E E F F E F F E RN R. +/-% mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R. +/-% R. +/-% R. +/-% U # # # # # # # # # # # # # # # # I# TN# TP# # # # # # # # # # # # # # # # # I# TN# TP# OF # # # # # # # # # # # # # # # # I# TN# TP# # # # # # # # # # # # # # # # # I# TN# TP# ocket-intelprescottpu E E F F E E F E F E HOMP HOMP HOMP HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HIJ HIJ HTNJ HTPJ HIJ HTNJ HTPJ VTT_OUT_RIHT F_VTT M_I M_I HJ[..] VTT_OUT_LEFT R Ohm R Ohm HJ[..] VI VI VI VI VI VI VI VI TETHI_ TETHI HJ[..] MI: N = Mainstream / Value, W FM Vss = Performance FM MI: Vss = Performance, Mainstream/Value, W FM R Ohm R Ohm R Ohm RN RN HJ[..] mils width, mils spacing VTT_OUT_RIHT HREQJ[..] VTT_OUT_RIHT HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HJ HREQJ HREQJ HREQJ HREQJ HREQJ HIERRJ FOREPHJ PROHOTJ R HPURTJ Place at PU end of route VTT_OUT_RIHT HTJ HTJ PEI R +/-% R +/-% R R K +/-% RN RN VI_ELET Place PM termination near PU HPMJ HPMJ HTI HTM HPMJ HPMJ HPMJ HPMJ L P M L M R T U T U U V V W N P K J M K J R W Y Y F F H H J J E U # # # NR# # HIT# # RP# # PRI# # Y# # RY# # HITM# # IERR# # INIT# # LOK# # TRY# # INIT# # EFER# RV ERY# RV MERR# REQ# REQ# P# REQ# P# REQ# REQ# R# T# TETHI PREQ# TETHI TETHI # # P# # P# # P# # P# # # TLREF # TLREF # _TLREF # # # REET# # # R# # R# # R# # # # RV RV T# PROHOTJ ocket-intelprescottpu OF H E P E F U U F H J H H J H H E F TP_RPJ HIERRJ TP_INITJ HTLREF_ TP_MERRJ TP_PJ TP_PJ HRJ TETHI_ TETHI_ TETHI_ EL TP tone shi TP_PJ TP_PJ EL TP tone shi HTLREF_ HTLREF_ MH_TLREF_PU V_ORE TP_PU_ V_PLL placed near pin, within mils R uf V, YV, +%/-% tuff to enable Thermal event reserve for Kentsfield PU support #REFE X_OPPER HPURTJ HRJ HRJ HRJ IH_THRM_UP, HJ HNRJ HITJ TP HPRIJ HYJ HRYJ HITMJ INITJ HLOKJ HTRYJ TP HEFERJ TP TP TP HRJ TP TP MH_TLREF_PU THERM/THERM. width= mils, spacing= mils.. route the lines in parallel nf V, XR, +/-% VTT_OUT_LEFT R Ohm TP_PU_, VTT_OUT_RIHT,, MIJ MJ FERRJ INTR NMI INNEJ TPLKJ HV H HVIOPLL VI VI VI VI VI VI VI VI VI_ELET K_M_P_PU K_M_N_PU THERM THERM R HTO IH_Y_RTJ,, TP V_ENE _ENE In esign uide is N FEL FEL FEL V_PLL VI VI VI VI VI VI VI VI VI_ELET HTK HTI HTO HTM HTRTJ HPMJ HPMJ HPMJ HPMJ HPMJ HPMJ IH_Y_RTJ VTT_OUT_RIHT.uF FEL FEL FEL P K R K L N M M L M L K L M M N F E L K N N N N F V, YV, +%/-% U VTT_OUT_LEFT MI# M# FERR#/PE# LINT LINT INNE# TPLK# V RV VIOPLL VI VI VI VI VI VI F F F LK LK KTO# THERM THERM R R E F J J F K J H OF VENE ENE V_M_RE _M_RE hanged pin name from RV RV ocket-intelprescottpu U.uF HTK HTRTJ OF TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI TETHI FOREPH RV TETHI RV PWROO PROHOT# THERMTRIP# OMP OMP OMP OMP OMP OMP RV RV RV RV RV RV RV RV RV MI MI OOTELET LL_I LL_I TK VTT TI VTT TO VTT TM VTT TRT# VTT VTT VTT PM# VTT PM# VTT PM# VTT PM# VTT PM# VTT PM# VTT VTT R# VTT VTT ITPLKOUT VTT ITPLKOUT VTT VTT EL VTT EL VTT EL VTT VTT VTT VTTPWR VTT_OUT VTT_OUT VTT_EL ocket-intelprescottpu V, YV, +%/-% M J F F W P W F F K L H N L M T R J T N E E F J V W Y V TETHI_ TETHI_ TETHI_ TETHI_ TETHI FOREPHJ TETHI_ PROHOTJ HOMP HOMP HOMP HOMP HOMP HOMP H_TET HTLREF_ M_I M_I PU_OOT TP_PU_V TP_PU_ VTT_OUT_RIHT VTT_OUT_LEFT R PU_PWR THERMTRIPJ F_VTT VTT_OUT_RIHT TETHI_ TP TP TP TP VRMPWR,, VTT_PWR VTT_OUT_LEFT VTT_OUT_RIHT VTT_OUT_RIHT R Ohm +/-% R Ohm +/-% TLREF voltage should be.vtt mils width, mils spacing divider should be within." of the TLREF pin.nf caps should be placed near PU pin place series resistor as close to divider uf V, YV, +%/-% R +/-% HTLREF_ R +/-% pf V, NPO, uf V, YV, +%/-% R HTLREF_ +/-% pf R V, NPO, +/-% FOXONN PE L- M ize ocument Number Rev Tuesday, November, ate: heet of

15 VP UE VP K VP M VP L VP E VP E VP W VP W VP W VP T VP Y VP L VP VP W VP Y VP N VP VP Y VP VP M VP U VP J VP VP M VP M VP VP VP J VP J VP T VP M VP F VP VP E VP N VP W VP U VP VP VP Y VP N VP N VP N VP N VP Y VP Y VP VP E VP E VP N VP V VP K VP E VP M VP E VP VP E VP M VP K VP M VP N VP T VP VP N VP E VP W VP VP M VP N VP VP J VP M VP M VP M VP L VP U VP Y VP J VP VP U VP M VP VP N VP M VP U VP K VP U VP K VP VP K VP H VP H VP OF VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP ocket-intelprescottpu K H T M M E Y K K J T M J U L J J H J J J H H W L N H U T R K N K J J N H F L J J J K F M F K J M L J K L N H L J K N L J H J J K P K L M T N H L N J U J T K N N VP TP VREL VP F F H J H H H L M J J T W J J L F Y K J M F J L W H N N J K F N F M K K N K E L K H F K H E L Y E L L K L L N K K M M L L E H K UF VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP OF L L J E E K J E N F E M N H H H H M E E J J F H H K E H H E H E M H J J F K J F K J F H K M F J F F L H L L M H H L H E J K K M H H H H H R K VTT_OUT_LEFT TP R Ohm U H H H H H H J M H P V K P P M J W P J W P Y L L L Y L N N N P P E V R V V R V R E N V T V V T L E U R R R R R U R R P V P F E F H E ocket-intelprescottpu ocket-intelprescottpu OF J E H E V K L L M E N N M N F E F H F F F F F F N N F F F N H P E E E T R J M V L F RV F RV Y RV E RV E RV RV RV E RV RV E TP_PU_E IMPEL HOMP HOMP HOMP TP TP_PU_ VTT_OUT_RIHT PLL upply Filter HVIOPLL HV H HVIOPLL HV H HOMP IMPEL F_VTT Notes:. ap. should be within." mils of the V and pins. V route should be parallel and next to route to minimize loop area. VIOPLL route should be parallel and next to route to minimize loop area. Min. mils trace from the filter to the processor pins. The inductors should be close to the cap. R. +/-% R. +/-% HOMP HOMP mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R. +/-% R mils width mils spacing to low speed signals mils spacing to high speed signals max. mils R Ohm E uf +/-% FOXONN PE L- M ize ocument Number Rev ustom ate: Tuesday, November, heet of

16 UMH HJ[..] HJ[..] HJ[..] U HJ J R HJ HJ H# H# L P HJ HJ H# H# J R HJ HJ H# H# L N HJ HJ H# H# L R HJ HJ H# H# K M HJ EXP_RXP HJ H# H# HJ EXP_RXP N N EXP_RXN HJ H# H# HJ EXP_RXN N N EXP_RXP HJ H# H# HJ EXP_RXP M L EXP_RXN HJ H# H# HJ EXP_RXN N J EXP_RXP HJ H# H# HJ EXP_RXP M L EXP_RXN HJ H# H# HJ EXP_RXN R J EXP_RXP HJ H# H# HJ EXP_RXP N K EXP_RXN HJ H# H# HJ EXP_RXN N EXP_RXP HJ H# H# HJ EXP_RXP U F EXP_RXN HJ H# H# HJ EXP_RXN N F EXP_RXP HJ H# H# HJ EXP_RXP R EXP_RXN HJ H# H# HJ EXP_RXN P EXP_RXP HJ H# H# HJ EXP_RXP R F EXP_RXN HJ H# H# HJ EXP_RXN V EXP_RXP HJ H# H# HJ EXP_RXP R E EXP_RXN HJ H# H# HJ EXP_RXN U E EXP_RXP HJ H# H# HJ EXP_RXP U E EXP_RXN HJ H# H# HJ EXP_RXN R EXP_RXP HJ H# H# HJ EXP_RXP V EXP_RXN HJ H# H# HJ EXP_RXN V EXP_RXP HJ H# H# HJ EXP_RXP Y EXP_RXN HJ H# H# HJ EXP_RXN V F EXP_RXP HJ H# H# HJ EXP_RXP V E EXP_RXN HJ H# H# HJ EXP_RXN Y K EXP_RXP HJ H# H# HJ EXP_RXP Y H EXP_RXN HJ H# H# HJ EXP_RXN Y EXP_RXP HJ H# H# HJ EXP_RXP J EXP_RXN H# H# HJ EXP_RXN F EXP_RXP H# HJ EXP_RXP M EXP_RXN HREQJ[..] HREQJ H# HJ EXP_RXN F E EXP_RXP HREQJ HREQ# H# HJ EXP_RXP L K EXP_RXN HREQJ HREQ# H# HJ EXP_RXN L HREQJ HREQ# H# K HJ MI_RXP HREQJ HREQ# H# HJ MI_RXP J F MI_RXN HREQ# H# HJ MI_RXN J MI_RXP H# HJ MI_RXP M F MI_RXN HTJ HT# H# HJ MI_RXN U L MI_RXP HTJ HT# H# HJ MI_RXP K MI_RXN H# HJ MI_RXN L H MI_RXP HTPJ HTP# H# HJ MI_RXP MI_RXN HTNJ M L HIJ HTN# H# HJ MI_RXN HIJ M J HINV# H# HJ HTPJ M HTP# H# H HJ K_PE_M_P_MH HTNJ K_PE_M_P_MH HIJ HTN# H# HJ K_PE_M_N_MH HIJ J HINV# H# K_PE_M_N_MH E HJ HTPJ HTP# H# HJ HTNJ H HIJ HTN# H# HJ VO_TRLT HIJ HINV# H# HJ VO_TRLLK HTPJ HTP# H# HJ el R,R Ohm RE HTNJ HIJ HTN# H# HJ HIJ E HINV# H# HJ H# W HJ HJ H# H# Y HJ HTRYJ HTRY# H# W HJ HRYJ HRY# H# T HJ HEFERJ HEFER# H# Y HJ HITMJ HHITM# H# U HJ HITJ HHIT# H# V HJ HLOKJ HLOK# H# HRJ HREQ# W HWIN HNRJ HNR# HWIN HROMP HPRIJ HPRI# HROMP U HOMP HYJ HY# HOMP U HOMPJ HRJ HR# HOMP# MH_TLREF HRJ HR# HVREF U HRJ HR# HVREF R HPURTJ HPURT# HLKP K_M_P_MH HLKN U K_M_N_MH F_VTT R +/-% Resistor and apacitor next to each other. R. +/-% R Ohm nf +/-% V, XR, +/-% LE HWIN HWIN voltage should be.f_vtt mils width, mils spacing max. inches long F OF F_VTT OMP INL TERMINTION R. +/-% F_VTT R. +/-% HROMP HOMPJ.pF V, NPO, +/-.pf HOMP.pF V, NPO, +/-.pf mils width, mils spacing in the breakout mils width, mils spacing after the breakout max. mils routed on a single layer and matched within mils mils width, mils spacing max. mils on mils in breakout, max mils R Ohm +/-% R. Ohm +/-% Not used for oretm uo and Wolfdale with hipset el or not in R MH_TLREF_PU MI_RXP MI_RXP MI_RXP MI_RXP MH_EXP_EN_HR,, F K J F E J H J H F E E F L L M M M L M M R R T R R R W V Y Y E FEL FEL_ FEL U EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN MI_RXP MI_RXN LKP LKN VO_TRLT VO_TRLLK LE R.K R.K R.K R.K MI UMH PIE MH_EXP_EN_HR V_MH EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN R MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN EXP_OMPO EXP_OMPI OF K F E F J K L K N M P N R P U T V U V V W Y Y TX: TX: EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN FEL MH_EXP_OMP FEL_ FEL V_MH MH_EXP_LR EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN EXP_TXP EXP_TXN.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% EL_ FEL EL_ PLTRTJ R +/-% R +/-% MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN width mils, spacing mils at breakout mils after that JP JP PWR_V V_MH F_VTT EL EL EL TP_LLZTET MH_EXP_LR MH_EXP_EN_HR L N N N M L ontroller Link Routing L. width= mils, pacing= mils M. L_LK and L_T should be length matched to within mils R. +/-% Header_X Header_X TP TP TP L_VREF_MH.KOhm L_RT MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN MI_TXP MI_TXN RN R K EL_ FEL_ EL_ FEL EL EL EL J J K F E K J H M M Y U U R R U U R R REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ UE EL EL EL LLZTET XORTET REERVE_ EXP_LR REERVE_ EXP_EN REERVE L_T L_LK L_VREF L_RT# L_PWROK REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ LE R,R,R,R,R,R UE OHM FOR PL. UMMY R,R. JP(P & P) K Ohm Jumper_P_lu mos update JP(P & P) Jumper_P_lu MI V OF HYN VYN RE REEN LUE RE# REEN# LUE# _T _LK REFET REFLKP REFLKN V REERVE_ REERVE_ REERVE_ RTIN# PWROK IH_YN# N TET TET TET N_ N_ N_ N_ N_ N_ N_ N_ L M L M F F M M J N HYN_P VYN_P _T _LK REFET K_M_P_MH K_M_N_MH TP_MH_F TP_MH_ IH_PLTRTJ PWR_V IH_YNJ TP_MH_ET_N TP_MH TP_MH TP_MH IH_YNJ PWR_V V_MH Placed both Resistors close to MH Within mils W= mils, = mils from MH to connector _T _LK V_MH K_M_P_MH K_M_N_MH TP PLTRTJ,, PWR_V, IH_YNJ REFET placed close to MH within mils mils width mils spacing to static signals mils spacing to toppling signals R K +/-% R +/-% R R R R.K +/-% Ohm+/-% Ohm +/-% V_Y L_VREF_MH Place close to VREF Pin min. mils width mils spacing mils min. for max. of mils in breakout HYN VYN RE REEN LUE R R R +/ -%+/ -%+/ -% K TP TP TP TP TP R K.V.uF V, YV, +%/-% Placed close to MH within mils R MH_TLREF uf R +/-% +/-% pf V, NPO, TLREF voltage should be.vtt =.V mils width, mils spacing divider should be within." of the TLREF pin pf caps should be placed near MH pin place series resistor as close to divider Resistor and apacitor next to each other V, YV, +%/-% earlake-mh- FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

17 U UMH U UMH V_TR,,,, M_M_[..] M [..] M_KE_[..] V_TR,, M_OT_[..],,, M J M J K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ M_WE_J M J M_R_J TP M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M M M M_KE_ M_KE_ M_OT_ M_OT_ TP_MH_N Y Y Y Y W Y Y W W Y Y Y U R P N V W P P M M T U N M_ Q_ M_ Q_# M_ M_ M_ M_ Q_ M_ Q_ M_ Q_ M_ Q_ M_ Q_ M_ Q_ M_ Q_ M_ Q_ M_ M_ Q_ M_ Q_# M_ WE_# _# Q_ R_# Q_ Q Q Q Q_ Q # Q # _# Q # Q_# M_ KE_ KE_ Q_ KE_ Q_ KE_ Q_ Q_ OT_ Q_ OT_ Q_ OT_ Q_ OT_ Q_ LK_ Q_ LK_# Q_# LK_ M_ LK_# LK_ Q_ LK_# Q_ LK_ Q_ LK_# Q_ LK_ Q_ LK_# Q_ LK_ Q_ LK_# Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ R_ REERVE Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ OF LE V_TR Q_ Q_# M_ U R R R R V V P P U V Y Y Y W W Y Y W Y T U N T R U T P N P V R R U V U P N V V R P L L M N M K K N N L L J H F E J J F F E E M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] R ompensation roup ignals V_TR R +/-% R +/-%.uf V, YV, +%/-% ROMP ROMP, M_M_[..] M_M_ M_M_ Y M_M_ M_M_ M_M_ W M_M_ M_M_ M_M_ M_M_ Y M_M_ M_M_ W M_M_ M_M_ M_M_ Y M_M_ Y, M_WE_J W, M J W, M_R_J, M [..] M Y M M,,, M_KE_[..], M_OT_[..] K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ M J M J Y Y M_KE_ Y M_KE_ W M_OT_ M_OT_ TP TP_MH_P el TP for thermal channel stone shi TP TP_MH_M R_MH_VREF ROMP ROMP ROMP ROMP MROMPVOL MROMPVOH V W U T V T U R V W N P W N M F P M M N N M M M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ M_ WE_# _# R_# # _# _# _# KE_ KE_ KE_ KE_ OT_ OT_ OT_ OT_ LK_ LK_# LK_ LK_# LK_ LK_# LK_ LK_# LK_ LK_# LK_ LK_# REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ REERVE_ M_LEWIN M_LEWIN R_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_ Q_# M_ Q_ Q_ Q_ Q_ Q_ Q_ REERVE_ Q_ Q_ VREF Q_ Q_# M_ Q_ ROMP Q_ ROMP Q_ ROMP Q_ ROMP Q_ MROMPVOL Q_ MROMPVOH Q_ REERVE Q_ OF LE V U R N N W W N N N U R P W T U P R R U V U P R W U V U T U M V W T U P V T T P U W R N W U U W V N N U R N R L L M M M J L R M L L J F F J J F F M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_ M_Q_J M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..] M_Q_[..] M_Q_J[..] M_QM_[..] M_T_[..].uF V, YV, +%/-%.uf V, YV, +%/-% R K +/-% MROMPVOH R.K +/-% MROMPVOL nf V, XR, +/-% V_TR R ROMP +/-% R ROMP +/-% V_TR R K +/-% R K +/-% R_MH_VREF.uF V, YV, +%/-% R K +/-% nf V, XR, +/-% mils width, mils spacing, max mils length for breakout region Place P./RE. within " of MH package. V_TR: mils width/ mils spacing. MROMPVOH:. VM MROMPVOL:. VM width mils, spacing mils mils width/spacing minimum for max. of mils in MH break-out area Placed close to MH pin earlake-mh- FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

18 UF V_MH U V_MH LIPN UI_ V_ V_ V_ J U_ V_ V_ J V_ V_ J lip_p V_ V_ J V_ V_ J V_ V_ For MH heatsink hook FOXONN J V_ V_ J LIPN V_ V_ J V_ V_ J V_ V_ J Heatsink V_ V_ J V_ V_ H lip_p V_ H Heatsink V_ V_ H V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ F V_ V_ F V_ V_ F V_ V_ V_ V_ V_MH V_ V_ V_ V_ V_ V_ V_MHPIE V_ V_ R V_ V_ V_MH V_ V_.uF V_ V_ E uf uf V, YV, +%/-%.V, +/-% V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_MH V_ V_ V_ V_ Y V_ V_ Y V_ V_ Y V_ V_ Y Place in V_MH_L plane V_ V_ Y (less than mils from the package) V_ V_ V V_ V_ V V_ V_ V V_ V_ V L nh V_HPLL V_ V_ U +/-% V_ V_ U V_ V_ U.uF.V, YV, +%/-% V_ V_ U V_ V_ U V_ V_ N V_ V_ N V_ V_ N V_TR onnect ground sides of caps with traces to N balls V_ V_ N L.uH V_MPLL (less than mils from the package) V_ V_ N +/-% V_ V_ N R V_ V_ L V_ V_ J V_ V_ J V_ V_ J R V_ V_ uf V, YV, +%/-% V_ V_ F V_ V_ F V_ V_ V_MH V_ V_ V_ V_ V_MH V_ V_ P V_ V_ V_ L uh V_ Y L V_EXPPLL MH Memory ecoupling V_L_PLL V_ V_ R Y +/-% V_EXPPLL V_L_PLL V_ V_HPLL V_EXPPLL V_ R.uF uf V, YV, +%/-% V, YV, +%/-% V_HPLL V_ V V_MPLL REERVE_ V_ V_PLL V_MPLL V_ V_Y V_PLL V_PLL V_ V_PLL V_ V_MH V_ V_ L uh F_VTT V_ V_ L V_PLL +/-% P.uF VTT_ V_L_ E uf P.V, +/-%.uf V, YV, +%/-% V, YV, +%/-% VTT_ V_L_ P VTT_ V_L_ P VTT_ V_L_ P L L uh VTT_ V_L_ N V_PLL VTT_ V_L_ N +/-% E VTT_ V_L_ N uf.uf VTT_ V_L_ N.V, +/-% V, YV, +%/-% VTT_ V_L_ M VTT_ V_L_ M Place in the PI-E power plane VTT_ V_L_ M V_TR V_ORE (less than mils from the package) VTT_ V_L_ L Intel : uf VTT_ V_L_ L VTT_ V_L_ K R R VTT_ V_L_ K VTT_ V_L_ J VTT_ V_L_ J VTT_ V_L_ H VTT_ V_L_ H F_VTT VTT_ V_L_ R Need to heck hange to VTT_ V_L_ L VQ_RT VTT_ V_L_ VTT_ V_L_ F VTT_ V_L_ F VTT_ V_L_ F uf VTT_ V_L_ E V, YV, +%/-% VTT_ V_L_ E VTT_ V_L_ E VTT_ V_L_ E VTT_ V_L_ VTT_ V_L_ VTT_ V_L_ VTT_ V_L_ Place in F_VTT plane as close to the MH as possible VTT_ V_L_ L L uh (less than mils from the package) VTT_ V_L_ V_RT VTT_ V_L_ +/-% VTT_ V_L_ VTT_ V_L_ VTT_ V_L_.uF.uF VTT_ V_L_.V, XR, +/-% V, YV, +%/-% VTT_ V_L_ VTT_ V_L_ R V_Y V_TR VTT_ V_L_ R Q ME VTT_ V_L_ R V_ VTT_ V_L_ R V_IN V_OUT VTT_ V_L_ VM_ V_L_ VM_ V_L_ V_Y VM_ V_L_ V_Y uf uf VM_ V_L_ Near the F V, YV, +%/-% V, YV, +%/-% VM_ V_L_ VM_ V_L_ VM_ V_L_ L VM_ V_L_ F Ohm VM_ V_L_ nf VM_ V_L_.uF V, XR, +/-% V, XR, +/-% V_EXP V_ VM_ V_L_ VM_ V_L_ VM_ V_L_ R VM_ V_L_.uF VM_ V_L_ V, YV, +%/-% VM_ V_L_ Modify by teven VM_ V_L_ Y Near the N VM_ V_L_ W Modify by teven VM_ V_L_ W VM_ V_L_ V VM_ V_L_ V V_MHPIE VM_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_EXP_ V_L_ V_MH V_MH V_MH V_EXP_ V_L_ V_EXP_ V_EXP_ E V_EXP_ V_MLK_ E V_EXP_ V_MLK_ E V_ V_EXP_ V_MLK_ V V_MLK_ V_EXP V V_MLK_ V_RT V_EXP VQ_RT V_RT VQ_RT REERVE_ on't use., use.v. _ REERVE_ OF del,,,,,, Place in V_MH plane as close to MH as possible pcb botton cap, stone shi LE uf V, YV, +%/-% uf V, YV, +%/-% uf V, YV, +%/-% uf V, YV, +%/-% uf V, YV, +%/-% uf V, YV, +%/-%.uf.uf.v, YV, +%/-%.V, YV, +%/-%.uf.v, YV, +%/-%.uf.uf.v, YV, +%/-%.V, YV, +%/-%.uf.v, YV, +%/-%.uf.uf uf V, YV, +%/-%.V, YV, +%/-%.V, YV, +%/-% uf V, YV, +%/-%.uf.v, YV, +%/-% N L L L L L L L L K K K J F J J J F F F L L L L L L L L L L L K K K K K K K K K K K J Y J J J J J J J J J Y Y V V_TR V U U L L K L uh L L +/-% POWER F F F F F F F F F E E E E E E E Y Y Y Y Y Y W W W W W W W W V V V V V V V V V V V V V U U U U U U U U U U U U R R R R R P P V_MH Y.uF V, YV, +%/-% L J R R uf V, YV, +%/-% Y Y W W W V V V V V V V V V U U U U U U U T T T T T R R R R R R R R R R R P P P P N N N N N N N N N N N M M M M M M M M M M M M M M L L K J J J H F F F F F F F F M M M M M M M L L L L L L L L L L K K K K K K K J J J J J J J J H H H H H H H F F F F F F E E E E E E E E E E OF N LE _ F F F F Y Y Y Y Y Y Y Y Y Y Y Y W V V V V V V V V V U U U U U T T R R R R R R R P P P P P P N N N N N N N N N M M M M Y F F F E E E E W W W R E earlake-mh- FOXONN PE M ize ocument Number Rev ustom Tuesday, November, ate: heet of

19 VTT_R M_OT_[..], M_KE_[..], R R M_M_ M_M_ M [..], M_M_[..], VTT_R VTT_R RN RN RN RN RN R R RN Ohm Ohm Ohm M_M_ M M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_R_J, M_WE_J, M J, M_M_ M M_M_ M M_KE_ M_KE_ M J, M J, M_OT_, M_OT_, VTT_R V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf Need to heck hange to V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf.uf VTT_R V_TR VTT_R Need to heck hange to hannel VTT_.V high-frequency decoupling caps. Place as close to termination resistors as possible.uf.uf.v, XR, +/-%.V, XR, +/-% hannel VTT_.V Mid Range decoupling caps. Placed in termination Island V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf.uf FOXONN PE R hannel Termination M ize ocument Number Rev ustom ate: Tuesday, November, heet of

20 , V_TR E uf +/-% V_TR,,,,,, M [..],, V_TR Place between h IMM II and h IMM V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf hannel IMM.V high-frequency decoupling caps. place as close to IMM power pins as possible M_LK_MIN M_T_MIN M_KE_[..] K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_, M_M_[..] M [..] E uf +/-% V, YV, +%/-% P,uF,+%/-%,YV,V,,M Place between MH and IMM uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf,,,,, V_Y MVREF_ M M M J M J M M J M_R_J M_WE_J V_P R V_TR M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_KE_ M_KE_ IMM VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V V V R R VP VREF L KE KE # # K#/RFU K/RFU K#/RFU K/RFU K# K /P / # R# WE# R II N N/TET N OT OT <> <> <> <> <> <> <> <> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> M_OT_[..], M_OT_ M_OT_ M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_[..] M_Q_J[..] M_Q_[..] M_QM_[..] V_TR pf V, NPO,.uF.uF.uF.uF.uF For EMI V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V, YV, +%/-% V_TR MVREF_ MVREF_ close to IMM pin Width mils minimum, pacing mils minimum. V_TR V, YV, +%/-%.uf R K +/-% R K +/-%.uf.uf V, YV, +%/-% V, YV, +%/-% V, YV, +%/-%.uf hannel IMM II.V high-frequency decoupling caps. place as close to IMM power pins as possible Index Page FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of V, YV, +%/-%.uf V, YV, +%/-%.uf

21 M_KE_[..], M [..], M_M_[..], M_OT_[..], VTT_R VTT_R VTT_R R R R R R R Level: hange to resistor VTT_R.uF.V, XR, +/-% Ohm Ohm Ohm Ohm Ohm Ohm.uF.V, XR, +/-% M_KE_ M_KE_ M J, M_OT_, M J, M_OT_, VTT_R V, YV, +%/-% V, YV, +%/-%.uf RN Need to heck hange to V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf RN RN V, YV, +%/-%.uf R R RN RN.uF M M_M_ M_M_ M_M_ V_TR VTT_R M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M M M_M_ M_M_ M_R_J, M_WE_J, M J, V, YV, +%/-% Need to heck hange to V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-%.uf.uf hannel VTT_.V Mid Range decoupling caps. Placed in termination Island hannel VTT_.V high-frequency decoupling caps. Place as close to termination resistors as possible FOXONN PE Index Page M ize ocument Number Rev Tuesday, November, ate: heet of

22 IMM V_TR V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M V, YV, +%/-% P,uF,+%/-%,YV,V,,M V_TR hannel IMM.V high-frequency decoupling caps. place as close to IMM power pins as possible V_P MVREF_,,, M_LK_MIN,,, M_T_MIN, M [..] M M, M_KE_[..] M_KE_ M_KE_, M J, M J K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_ K_M_M_N_R_ K_M_M_P_R_, M_M_[..] M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_ M_M_, M [..] M, M J, M_R_J, M_WE_J uf uf VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ VQ V V V V V V V V V V V R R VP VREF L KE KE # # K#/RFU K/RFU K#/RFU K/RFU K# K /P / # R# WE# R II N N/TET N OT OT <> <> <> <> <> <> <> <> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> Q<> Q#<> M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# M/Q N/Q# Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> Q<> M_OT_ M_OT_ M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_Q_ M_Q_J M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_QM_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_T_ M_OT_[..], M_Q_J[..] M_Q_[..] M_T_[..] M_QM_[..] V_TR.uF V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-% V_TR V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M uf V, YV, +%/-% P,uF,+%/-%,YV,V,,M hannel IMM II.V high-frequency decoupling caps. place as close to IMM power pins as possible Index Page uf FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

23 V_ V_Y V_Y V_Y V_Y V_Y V_Y V_ EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP EXP_TXP,,, M_LK_REUME,,, M_T_REUME WKEJ, WKEJ ll oupling caps. should be placed within mils of the connector EXP_TXP_.uF V, XR, +/-% EXP_TXN_ EXP_TXN.uF V, XR, +/-% VO_TRLLK VO_TRLLK EXP_TXP_.uF V, XR, +/-% EXP_TXN_ EXP_TXN.uF V, XR, +/-% EXP_TXP_.uF V, XR, +/-% EXP_TXN_ EXP_TXN.uF V, XR, +/-% EXP_TXP_.uF V, XR, +/-% EXP_TXN_ EXP_TXN.uF V, XR, +/-% VO_TRLT VO_TRLT.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% MH_EXP_EN_HR.uF V, XR, +/-% EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN EXP_TXN.uF V, XR, +/-% EXP_TXN.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% PIE_E_X V PRNT# V V RV V N N MLK JT MT JT N JT.V JT JT.V.VUX.V WKE# PWR KEY RV N N REFLK+ HOP REFLK- HON N N HIP PRNT_# HIN N N HOP HON N N HOP HON N N HOP HON N RV PRNT_# N HOP HON N N HOP HON N N HOP HON N N HOP HON N PRNT_# N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N N HOP HON N PRNT_# RV RV N HIP HIN N N HIP HIN N N HIP HIN N RV RV N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N RV N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N N HIP HIN N IH PLTRTJ K_PE_M_P_PORT K_PE_M_N_PORT IH PLTRTJ,, K_PE_M_P_PORT K_PE_M_N_PORT EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN EXP_RXP EXP_RXN.uF V, XR, +/-% V_Y E uf V, +/-%.uf V, YV, +%/-% V_Y E uf +/-%.uf V, YV, +%/-% ll oupling caps. should be placed within mils of the connector lot-pie-x FOXONN PE Index Page M ize ocument Number Rev Tuesday, November, ate: heet of

24 _LK _T _LK _T V_Y V_Y V_Y V_Y V_Y EMI cap. for R layer change.uf V, YV, +%/-% R routing. from MH to the first ohm resistor:. mils(min. mils spacing ). from the first ohm res. to the second ohm resistor: mils. from the second ohm resistor to connector: mils. spacing minimum mils, mils spacing is recommended. R,, should be length matched to mils, max. length is mils. R,, signals should be ground referenced Q N RN.K.uF V, YV, +%/-% Q N Q Q V V R Ohm R Ohm V_Y +/-% V LK +/-% V T V_Y RE REEN LUE RE Q V REEN Q V Q LUE V VYN V_Y.pF R V, NPO, +/-.pf +/ -% V_Y.pF R V, NPO, +/-.pf +/ -% V_Y VYN_ HYN_ VYN.pF R V, NPO, +/-.pf +/ -% L L L nh@mhz nh@mhz nh@mhz pf V, NPO, pf V, NPO, The Ohm resistors near V connector and minimizing length to filter. The filters to V connector maximum distance mils. L nh nh pf V, NPO, pf V, NPO, pf V, NPO, pf V, NPO, R L L nh nh nh L_RE L_REEN L_LUE V LK V T VYN_ V_Y V, YV, +%/-% F.uF Fuse. V L N VYN N HYN N N I N N I R V ONN-V R R V_Y.pF V, NPO, +/-.pf Q V For EMI For EMI, Near by the connector Place between V port and U port Place between V port and Parallel port HYN HYN R HYN_ Q V V_Y.pF V, NPO, +/-.pf Index Page FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

25 PIO[:,:,,:]: default as inputs and should be pulled up to Vcc_ if unused. PIO[:,:]: default as inputs and should be pulled up to Vccus_ if unused. MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP HI_N HI_P HO_N_LOT HO_P_LOT HI_N_LN HI_P_LN HO_N_LN HO_P_LN IH_PIO IH_VRMPWR_UP IH_THRM_UP IH_PIO IH_PIO INTRUERJ IH_RTX IH_RTX MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP MI_TXN MI_TXP MI_RXN MI_RXP HO_N_LOT HO_P_LOT MI compensation mils width, mils spacing Place the resistor within mils of IH V_PE_IH hassis Intruder Header.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% K_PE_M_N_IH K_PE_M_P_IH R K INTR Header_X R.uF V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-%.uf V, XR, +/-% RN K M R. +/-% V_Y MI_RXP_IH MI_RXP_IH MI_RXP_IH MI_RXP_IH HO_N HO_P MI_OMP_IH K_PE_M_N_IH K_PE_M_P_IH V V U U Y Y W W F F E E H H K K J J M M L L P P N N T T R R E E V_ V_ V_ MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP MIRXN MIRXP MITXN MITXP PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PERN_ PERP_ PETN_ PETP_ PI-EXPRE MI_ZOMP MI_IROMP MI_LKN MI_LKP MI RN K RN K RN K teven un Update.. UIF IH U UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP O O O O O O/PIO O/PIO O/PIO URI URI LK of? IH_PIO MLERT_IH MLINK MLINK L_PMEJ IH_PIO M_LERT_PU IH_TLOW_PU IH_PIO LN_PMEJ WKEJ IH_PIO Use V_Y or not F F H H J J K K L L M M N N E UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP UPN UPP URI_IH K_M_IH,, V_ IH_PIO LPPJ UN UP UN UP UN UP UN UP UN UP UN UP UN UP UN UP U_OJ_FRONT U_OJ_K K_M_IH URI connection mils width, length no longer than mils Trace tied together close to pins. VRMPWR R.K R. IH_RIJ_PU INTRUERJ R R, L_[..],, IH_LK M L_RQJ L_FRMEJ IH_LK IH_RTJ IH_IN IH_OUT IH_YN K_M_IH pf V, NPO, IH_VRMPWR_UP VRT R K R K V_ L_ L_ L_ L_,,, M_LK_REUME,,, M_T_REUME TP R KOhm +/-% Use V_Y or not close to IH uf V, YV, +%/-% R IH_LK R R R R IH_LN_RTJ K IH_PI_MOI IH_PI_MIO IH_PI_J IH_PI_LK PI_R V_ RTRTJ RN K IH_RTX IH_RTX RTRTJ M_LERT_PU MLERT_IH MLINK MLINK, Y U R T T T T R W W Y Y V U U V T U V V P P P R P VI_ELET LRQ/PIO L L L L LRQ LFRME Z_LK Z_RT Z_I_ Z_I_ Z_I_ Z_OUT Z_YN LK EE_ EE_IN EE_OUT EE_HLK LN_LK LN_RTYN LN_RT LN_RX LN_RX LN_RX LN_TX LN_TX LN_TX RTX RTX RTRT R K double check unused PIO pins LP UIO MLERT/PIO MLK MT LINKLERT MLINK MLINK PI_MOI PI_MIO PI_ PI_LK PI_R U_ WXVIZ EPROM LN RT PI M UI IH V_Y R.K Use V_Y or not PIO/M_UY PIO PIO PIO PIO PIO PIO PIO PIO PIO PIO/PRLPVR PIO/TPPI PIO/TPPU PIO PIO EL_RV/PIO EL_TTE/PIO EL_TTE/PIO PIO/LKRUN PIO/Z_OK_EN PIO/Z_OK_RT PIO PIO PIO PUPWR_PIO MI of? V_ THRM VRMPWR MH_YN PWRTN RI U_TT ULK Y_RT PLTRT WKE INTRUER PWROK RMRT INTVRMEN PKR TP/TLOW TP/PRTP TP/PLP TP IH_PIO Q MMT--F E LP_ LP_ LP_ IH_PIO IH_PIO IH_PIO E L_PMEJ E IH_PIO IH_PIO F LN_PMEJ E IH_PIO R IH_PIO E IH_PIO Need to hecked IH_PIO F R R K R E U E F H F Y Y W F F H F IH_THRM_UP IH_VRMPWR_UP IH_RIJ_PU LPPJ TP_ULK PLTRTJ WKEJ RMRTJ INTVRMEN PKR INTRUERJ IH_TLOW_PU TP_IH_F TP_IH_H TP_IH_F RMRTJ IO_WPJ TP TP TP TP TP V_ Need to hecked L_PMEJ PET LN_PMEJ oard_i oard_i PU_PWR IH_THRM_UP, IH_YNJ PWRTNJ LPPJ IH_Y_RTJ,, PLTRTJ,, WKEJ, PWR_V, R K R K PKR LP_J LP_J IO PME change to PIO Need to hecked RMRTJ VRT R K check pull-up resistor Need to pply X XTL-.kHz pf pf V, NPO, V, NPO, ssume apastor L value is. X_ rystal Retainer This clip is for IH.Khz rystal clip. IH_PI_LK IH_PI_MOI R R close to IH within mils V_ IH_PI_HOLJ PI_LK PI_MOI V, YV, +%/-%.uf U V PI_MIO HOL O LK WP IO N ocket PI Population Options R IH_PI_J IH_PI_MIO IO_WPJ R K Index Page FOXONN PE M ize ocument Number Rev Tuesday, November, ate: heet of

26 LITHIUM TT PIE_ PIE_ E PIE_ PIE_ F PIE_ PIE_ PIE_ PIE_ PIE_ E PIE_ F PIE_ PIE_ PIE_ F PIE_ H PIE_ H PIE_ PIE_KJ F K PIE_REQ E REQ PIE_IORJ F IOR PIE_IOWJ H IOW PIE_RY IORY PIE_ H PIE_ E PIE_ F PIE_J E PIE_J IRQ H IEIRQ R R UI IH IE T HOT of TRXN TRXP TTXN TTXP RV/TRXN RV/TRXP RV/TTXN RV/TTXP TRXN TRXP TTXN TTXP RV/TRXN RV/TRXP RV/TTXN RV/TTXP TLKN TLKP TRIN TRIP TLE PIO/TP PIO/TP PIO/TP PIO/TP? Place at IH end of route uf V, YV, +%/-% TE E M H PULP INNE INIT_V INIT F INTR F FERR NMI H RIN ERIRQ H MI F TPLK H THERMTRIP F T_TXP T_TXN F T_RXN E T_RXP T_RXN T_TXN T_RXP H T_TXP E T_RXN T_RXP T_TXN T_TXP H T_TXP T_TXN F T_RXN E T_RXP T_RXN T_TXN T_RXP H T_TXP T_RXN E T_RXP T_TXN H T_TXP F K_T_M_N_IH K_T_M_N_IH E K_T_M_P_IH K_T_M_P_IH H TRI_IH F T_LE F H H E R R K V_Y TE MJ TETHI_ T_TXP INNEJ T_TXN INITJ T_RXN INTR FERRJ T_RXP FERRJ NMI KRTJ ERIRQ, T_TXP MIJ T_TXN TPLKJ THERMTRIPJ THERMTRIPJ T_RXN T_RXP V_ VT R THERMTRIPJ FERRJ. Ohm +/-% F_VTT Q K +/-% W mos update nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% T_TXP_ T_TXN_ T_RXN_ T_RXP_ T_TXP_ T_TXN_ T_RXN_ T_RXP_ TRI connection mils width, length no longer than mils Trace tied together close to pins. - + R K +/-% T attery Holder nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% nf V, XR, +/-% T T_ R T_TXP_ T_TXN_ T_RXN_ T_RXP_ T_TXP_ T_TXN_ T_RXN_ T_RXP_ uf V, YV, +%/-% T_ V_Y R.K R.K ONN-T T_ PIE P_IERTJ PIE_ REET# N PIE_ ONN-T PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_ PIE_REQ N PIE_IOWJ MRQ N PIE_IORJ IOW# N PIE_RY IOR# N PIE_KJ IORY EL IRQ MK# N PIE_ INTRQ PIN PIE_ PI# PIE_ PIE_J PIE_J T_ PIE_LE # # IET# N Header_X_K H ONN-T IE data lines should be matched to strobes(iorj, RY)within +/- mils, strobes should be matched to their complement within +/- mils T_ ONN-T IE_RTJ R placed near IE connector VRT width mils V_Y R K +/-% uf V, YV, +%/-% R K R K RTRTJ PIE_LE Q T_LE T able detection high: -conductor cable(t ) low: -conductor cable(t /) PET? R K nf V,XR,+/-% P_IERTJ.uF V, YV, +%/-% H_LEJ RTRTJ LR_MO Header_X lear MO LR_MO lear Normal MO (-) (-) efault LR_MO:- Jumper_P_lu attery For battery cell. FOXONN PE Index Page M ize ocument Number Rev Tuesday, November, ate: heet of

27 PR EVELJ K_M_IH NTJ NTJ PREQJ PREQJ PREQJ PREQJ PREQJ PREQJ INTJ INTJ INTJ INTJ INTEJ INTFJ INTJ INTHJ IRYJ PMEJ ERRJ TOPJ LOKJ TRYJ PERRJ FRMEJ V, YV, +%/-% V_ORE Need to heck hange to NTJ V_Y.uF Level: el (ottom) PR EVELJ IRYJ PMEJ ERRJ TOPJ LOKJ TRYJ PERRJ FRMEJ NTJ NTJ OOT PI PI LP NTJ IH ore decoupling caps. V_PE_IH Place near V, YV, +%/-% uf Place near V_ extra one uf(backside) in. V_Y V_ORE Place near PI-E decoupling caps..uf Near L and K V, YV, +%/-%.uf V, XR, +/-%.uf R K V, YV, +%/-% Level: el,(ottom).uf Place near V_ Place near E U decoupling caps. E F E F F E F E F F PR EVEL PILK PIRT IRY PME ERR TOP PLOK TRY PERR FRME NT NT NT NT NT/PIO NT/PIO PIRQ PIRQ PIRQ PIRQ PIO/PIRQE PIO/PIRQF PIO/PIRQ PIO/PIRQH of.uf nf V, YV, +%/-% REQ REQ REQ REQ REQ/PIO PIO/REQ V, YV, +%/-% V, XR, +/-% nf UI IH PI V, XR, +/-% /E /E /E /E E F E E E E F F E E V_ORE V_ORE L V_ V_Y [..] EJ EJ EJ EJ L uh +/-% Rated at least m R R R +/-% R K +/-% V_Y V_PE_IH V_ [..] V_Y EJ EJ EJ EJ REFV_U REFV VMIPLL REFV_U REFV V_Y VMIPLL LR Filter Place LR near pin E uf V, +/-% V L Filter Place L near pin.uf place cap. near pin F within mils VREF_U / V_ Power equencing double check in new R or place cap. near pin / within mils VREF / V_Y Power equencing Near, T,and V_PE_IH uf V, YV, +%/-% nf V, XR, +/-% V, YV, +%/-%.uf V, YV, +%/-%.uf.uf L-F L-F V, YV, +%/-% V, YV, +%/-% V, YV, +%/-%.uf.uf V, YV, +%/-% V, YV, +%/-%.uf V, YV, +%/-%.uf uf V_ORE Level: el (ottom) Please ottom near Pin F within mil Level: el (ottom) Please ottom near Pin within mil V_ORE E E F F F F H H F H H J J T E E E F F H H J J K K L L M M N N P P R R R R R T T T T T U U V V W W Y Y V_Y V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V V Place near H V_ORE V_ORE POWER uf V, YV, +%/-% of Place near H UI IH? VTPLL VU_ VU_ VU_ VU_ VU_ V_.uF V_Y V, YV, +%/-% Place near V Place near U REFV REFV_U VRT VMIPLL F_VTT V_Y TP_IH_ TP_IH_ TP_IH_ TP_IH_K TP_IH_Y LN decoupling caps. VREF_U VRT VUPLL VMIPLL V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_PU_IO V_PU_IO V_PU_IO V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ V_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_ VU_.uF VREF VREF F W L L L L L L M M P P T T U U V V V V V V E E H H F U E K K K K L L L L L M M N P R V V W W K Y V, YV, +%/-% V_ udio decoupling caps. V_ORE V_Y F_VTT Near E and E V_Y V_ORE Level: el, (ottom) TP TP TP TP TP uf V, YV, +%/-%.uf V, YV, +%/-% L L uh.uf V, YV, +%/-%.uf F_VTT Near V, YV, +%/-%.uf V, YV, +%/-% +/-%.uf.v, XR, +/-% Place near H PU decoupling caps. E R R R R R T T T T T T T U U U U U U U U U U V V V V V V W W W W Y Y Y Y E E E E E E E E E F F F F F F H H H H H H Level: el (ottom).uf V, YV, +%/-% Place near W UIE IH VRT RT decoupling caps. of uf V, YV, +%/-% E E E E F F F F F F H H H H H H J J J J J J K K K L L L L L M M M M M M M M M M M M N N N N N N N N N N N N N N N P P P P P P P P P P P R R R R VMIPLL nf V, XR, +/-% Place near MI decoupling caps..uf V, YV, +%/-% Place near H.uF V, YV, +%/-% Place near T decoupling caps. V_Y.uF V, YV, +%/-% Place near / Level: el (ottom) Please ottom near Pin within mil IE decoupling caps..uf V, YV, +%/-% Place near,, PI decoupling caps..uf V, YV, +%/-%.uf V, YV, +%/-%.uf V, YV, +%/-% Index Page FOXONN PE M ize ocument Number Rev ustom Tuesday, November, ate: heet of